![SOLVED: Prove the following integral version of Minkowski s inequality for 1 < p and a measurable function f (x,y): 1/p 1/p [S [fvox;y)ax]? dy]' <S [fte;y)1 dy]] dx (For 1 <p < SOLVED: Prove the following integral version of Minkowski s inequality for 1 < p and a measurable function f (x,y): 1/p 1/p [S [fvox;y)ax]? dy]' <S [fte;y)1 dy]] dx (For 1 <p <](https://cdn.numerade.com/ask_images/3639f365d71745b1ac6f6a41e9d42cb4.jpg)
SOLVED: Prove the following integral version of Minkowski s inequality for 1 < p and a measurable function f (x,y): 1/p 1/p [S [fvox;y)ax]? dy]' <S [fte;y)1 dy]] dx (For 1 <p <
![measure theory - Holder inequality is equality for $p =1$ and $q=\infty$ - Mathematics Stack Exchange measure theory - Holder inequality is equality for $p =1$ and $q=\infty$ - Mathematics Stack Exchange](https://i.stack.imgur.com/1YaeL.png)
measure theory - Holder inequality is equality for $p =1$ and $q=\infty$ - Mathematics Stack Exchange
![Ostrowski type fractional integral inequalities for s -Godunova-Levin functions via k -fractional integrals Ostrowski type fractional integral inequalities for s -Godunova-Levin functions via k -fractional integrals](https://www.scielo.cl/img/revistas/proy/v36n4//0716-0917-proy-36-04-00753-gch21.png)
Ostrowski type fractional integral inequalities for s -Godunova-Levin functions via k -fractional integrals
![Sam Walters ☕️ on Twitter: "The Hölder Inequality that is known for integrals also holds for traces of matrices. (Another reason why the trace behaves like integration, and it's one part of Sam Walters ☕️ on Twitter: "The Hölder Inequality that is known for integrals also holds for traces of matrices. (Another reason why the trace behaves like integration, and it's one part of](https://pbs.twimg.com/media/EZT0uo5VcAEIsdj.jpg:large)